We need to back up a bit and lay a foundation for what sequential fission is. It begins in the nuclear physics lab (an accelerator facility) where we investigate nuclear events using heavy nuclei. We'll start there, and it'll be easy to understand what's up. Ready? Let's jump. We're big on investigating the mysteries of subatomic physics by smashing stuff. (Plus, it's fun!) One of our ideas was to take a fat atom like, say, lead, and make a bullet out of it. We'd strip off all its electrons (with really high voltage). Then we'd take the big positively charged nucleus and accelerate it in a big electromagnetic pump (an accelerator). With our bullet sufficiently speeded up, we'd slam it into something like, say, a uranium nucleus. In the collision event, a big "something" would form when the "lead was added to the plutonium" in the target area. Things then begin to happen. There are a number of events that could result when we try to glue two big, fat anomic nuclei together. First, they don't like to be stuck to gether. They decay. And fission is common. But what frequently happens is that our "resultant nucleus" fissions, then one or both of the fission fragments fission, and then one or more of those fragments fission. It's a sequence of fissions, and what actually happens will depend on what was combined and at what energies (as well as a good bit of probability as to what was actually created). Make sense? It's not that hard. It might help to build a "family tree" of events. And physicists do. Let's take the analogy. Grandparents don't have grandkids. They have kids who have kids which become the grandkids. It's sequential, and each "step" has a precursor event. Does that lock it in for you? It's just as simple as it seems. Really!
Fission products are the fragments resulting from the fission of heavy nuclids during nuclear fission process
nuclear fission
To sustain a fission chain reaction, each fission reaction must result in one more fission reaction. And that one should result in one more, and so on.
Fusion and fission are similar in that they both reduce mass and thereby release binding energy.
Single celled organisms, bacteria and protozoa, reproduce by fission.
No, the program is very sequential in nature.No, the program is very sequential in nature.No, the program is very sequential in nature.No, the program is very sequential in nature.No, the program is very sequential in nature.No, the program is very sequential in nature.
no sequential order is not number order. number order has to do with math, sequential order has to do with writing.
Sequential means "next". The exact answer will depend on the context.
sequential connectives are connectives you use in explanation text.
Tell the story events in sequential order.
what is the strengths and weaknesses of sequential study
following a series of sequential steps
You get nuclear fission in:nuclear fission reactorsatomic fission bombs
Sequential art can be worth from $10 for a comics sequential art book to millions of dollars for antique sequential art sculptures and engravings. Sequential art is portrayed by the use of several images in order to develop a story or to prove a point.
Sequential files do not 'work', they are nothing but sequences of bytes.
give the examples of sequential access memory?
sequential access